Advances in Computational Modeling of Electronic Devices Based on Graphene

Nowadays electronic devices such as p-n diodes, field-effect transistors, logic gates, mixers, ring oscillators, and memories have been designed based on single, bi and/or multi-layer graphene. However, a lot of effort must be developed to integrate mathematical models into new simulators for electronic devices based on nanomaterials such as those based on carbon nanotubes, fullerenes, and graphene. Main contributions with respect to modeling and simulation of electronic devices based on graphene and developed in the ultimate years are analyzed here. In addition, future perspectives related with mathematical modeling of electronic devices based on graphene are discussed.